How much power does the Dew-Not 16" heater strip use?
The Dew-Not DN015 heater strip consumes 25.8 watts of power and draws 2.15 amps when operating at its rated 12V DC. This is a critical figure for calculating the battery life of your field power supply for an entire night of observing.
Will the Dew-Not DN015 fit my 16" Meade LX200 or Celestron EdgeHD 1400?
Yes, this heater strip is designed for 16" OTAs. Its 55.0" length provides ample circumference to wrap securely around the main tube of most commercial 16" Schmidt-Cassegrain, Ritchey-Chrétien, or similar large-aperture telescopes. While designed for 16" scopes, its length would also be sufficient for a 14" model.
Do I need a separate controller for this Dew-Not Heater Strip?
Yes, a dew controller is required. This heater strip terminates in a standard RCA-style plug and does not have a built-in regulator. You must connect it to a multi-channel dew controller, which allows you to adjust the power output based on ambient temperature and humidity.
What is the actual length of the heating element in the 55" Dew-Not strip?
The heating element itself has a length of 54 inches. The overall strip is 55.0" long to accommodate the velcro fasteners and provide a slight overlap for a secure fit without placing stress on the element.
How does this Dew-Not heater help when imaging faint targets like the Pelican Nebula (IC 5070)?
When imaging faint nebulae, even a thin layer of dew on your corrector plate can scatter light, reduce contrast, and obscure faint details. By applying a gentle 25.8W of heat, this strip keeps your optics just above the dew point, ensuring maximum light transmission and contrast for the entire duration of your multi-hour imaging session.
Why choose a Dew-Not thick-film heater over a cheaper resistance wire heater?
The primary advantage is even heat distribution. Resistance wires create narrow lines of intense heat, which can lead to localized hot spots and uneven warming. The Dew-Not's thick-film technology provides a broad, uniform heating surface, which is more efficient, reliable, and safer for your optical coatings over the long term.
